Development of Technology for Liquid Radioactive Waste Detritiation by Two-Temperature Catalytic Isotope Exchange Method in a Water-Hydrogen System

A. N. Bukin,V. S. Moseeva,A. V. Ovcharov,S. A. Marunich,Yu. S. Pak,M. B. Rozenkevich

Development of Technology for Liquid Radioactive Waste Detritiation by Two-Temperature Catalytic Isotope Exchange Method in a Water-Hydrogen System

2020

A. N. Bukin
V. S. Moseeva
A. V. Ovcharov
S. A. Marunich
Yu. S. Pak
M. B. Rozenkevich

AbstractIn this work, experimental and mathematical substantiation of the possibility of using the new RCTU-4 hydrophobic catalyst [0.9 mass % Pt/styrene and divinylbenzene (SDVB)] in the separatio...

Keywords:

Radioactive waste
hydrogen system
Radiochemistry
Styrene
Catalysis
Divinylbenzene
Physics
Atomic physics
Isotope
isotope exchange
two temperature

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